NEMA ESPG 2017 - 56


	 56	

STANDARDS & OTHER PUBLICATIONS: Lighting
NEMA LSD 71-2014
Best Practices for Metal Halide
Lighting Systems Relative to Lamp
Rupture Risks
​The objective of this paper is to provide
updated educational information for the
selection, operation, and maintenance
of metal halide lighting systems, with
specific emphasis on those items
pertinent to the risks associated with
lamp rupture.
$0

ht p:/ w w.nema.org/Standards/Pages/Best-Practices-for-Metal-Halide-Lighting-Systems-Relative-to-Lamp-Rupture-Risk .aspx
NEMA LSD 73-2015
​Energy Savings with Fluorescent and
LED Dimming
Includes dimmable fluorescent ballast
and Light Emitting Diode (LED) drivers
that are controlled by 0-10 V (1-10 V)
control input. This paper explains the
relationship between the control input
voltage and overall energy consumed by
these ballasts and drivers.
$0

ht p:/ w w.nema.org/Standards/Pages/Energy-Savings-with-Fluorescent-and-LED- im ing-.aspx
NEMA LSD 74-2016
Considerations of Field LED Driver
Replacement
​Discusses issues related to the field
replacement of drivers in LED lighting
fixtures, and how several aspects must
be considered to ensure that the
replacement driver will function the
same as the original driver.
$0

ht p:/ w w.nema.org/Standards/Pages/Considerations-of-Field-LED- river-Replacement.aspx
NEMA LSD E11-2001
Fluorescent Lamps and the
Environment
Answers questions regarding lamp
technology and the presence of mercury
therein, environmental concerns and
industry and regulatory efforts.
Fluorescent lamps and high-intensity
discharge lamps contain small quantities
of mercury. Concerns over mercury
releases to the air and water are driving
stricter disposal regulations.
$0

ht p:/ w w.nema.org/Standards/Pages/Fluorescent-Lamps-and-the-Environment.aspx

NEMA SSL 1-2010
​Electronic Drivers for LED Devices,
Arrays or Systems​
Provides specifications for and operating
characteristics of non-integral electronic
drivers (power supplies) for LED devices,
arrays or systems intended for general
lighting applications.
$63

NEMA SSL 7A-2015
​​Phase‑Cut Dimming for Solid State
Lighting-Basic Compatibility
Provides compatibility requirements
when a forward phase-cut dimmer is
combined with one or more dimmable
light-emitting diode (LED) light engines
(LLEs).
$63

ht p:/ w w.nema.org/Standards/Pages/Electronic-Drivers-for-LED- evices-Ar ays-or-Systems.aspx

ht p:/ w w.nema.org/Standards/Pages/Phase-Cut-Dim ing-for-Solid-Sta e-Lighting-Basic-Compatiblity.aspx

NEMA SSL 3-2011
High‑Power White LED Binning for
General Illumination
Offers categorization areas (bins) for
chromaticity (colors), forward voltage
measurements (an electrical
designation) and luminous flux (light
output) for light-emitting diodes (LEDs)
used for general lighting.
$49

NEMA TLAs-2015
​Temporal Light Artifacts (Flicker and
Stroboscopic Effects)
Addresses temporal light artifacts (TLAs).
Flicker and stroboscopic effects are
undesired changes in visual perception
induced by a light stimulus whose
luminance or spectral distribution
fluctuates with time, for an observer in a
certain environment.
$0

ht p:/ w w.nema.org/Standards/Pages/High-Power-White-LED-Bin ing-for-General-Ilumination.aspx
NEMA SSL 4-2012
Retrofit Lamps-Minimum
Performance Requirements
Applies to integral Light Emitting Diode
(LED) lamps, which is defined as a lamp
with LEDs, LED driver, and base meeting
appropriate American National
Standards (ANSs). It is designed to
connect to the branch circuit.
$54

ht p:/ w w.nema.org/Standards/Pages/Retrofit-Lamps-Minmum-Performance-Requirements.aspx
NEMA SSL 6-2010
Solid State Lighting for Incandescent
Replacement-Dimming
Provides guidance for those seeking to
design and build or work with solid state
lighting products intended for retrofit
into systems that previously used
incandescent screw base lamps.
Addresses dimming of these products
and the interaction between the dimmer
(control) and the bulb (lamp).
$63

ht p:/ w w.nema.org/Standards/Pages/Solid-Sta e-Lighting-for-Incandescent-Replacement-Dim ing.aspx

ht p:/ w w.nema.org/Standards/Pages/Temporal-Light-Artifacts-Flicker-and-Stroboscopic-Effects.aspx
ANSI C78.5-2003 (R2008, R2015)
American National Standard for
Electric Lamps-Specifications for
Performance of Self‑ballasted
Compact Fluorescent Lamps
This standard specifies the performance
requirements together with the test
methods and conditions required to
show compliance of self-ballasted
compact fluorescent lamps up to 60 W
which are intended for domestic and
similar general lighting purposes. Globe
and reflector types are excluded. Such
lamps shall have a rated input voltage of
120 V or 127 V at 60 Hz and an Edison
screw base.
$53

ht p:/ w w.nema.org/Standards/Pages/American-National-Standard-for-Electric-Lamps-Specifications-for-Performance-of-Self-Bal sted-Compact-Fluorescent-Lamps.aspx
ANSI C82.5-2010
American National Standard for
Reference Ballasts-
High‑Intensity‑Discharge and
Low‑Pressure Sodium Lamps
​Describes the essential features and
operating characteristics of reference
ballasts for high-intensity discharge and
low-pressure sodium lamps to operate
on 60-Hz sinusoidal ballast systems.
$131

ht p:/ w w.nema.org/Standards/Pages/American-National-Standard-for-Ref rence-Bal st -High-Intensity-Discharge-and-Low-Pres ure-Sodium-Lamps.aspx
Own a complete set of all NEMA standards.
$32,130
2017 ELECTRICAL STANDARDS & PRODUCTS GUIDE

www.nema.org


http://www.nema.org/Standards/Pages/Phase-Cut-Dimming-for-Solid-State-Lighting-Basic-Compatibility.aspx http://www.nema.org/Standards/Pages/Electronic-Drivers-for-LED-Devices-Arrays-or-Systems.aspx http://www.nema.org/Standards/Pages/Best-Practices-for-Metal-Halide-Lighting-Systems-Relative-to-Lamp-Rupture-Risks.aspx http://www.nema.org/Standards/Pages/High-Power-White-LED-Binning-for-General-Illumination.aspx http://www.nema.org/Standards/Pages/Temporal-Light-Artifacts-Flicker-and-Stroboscopic-Effects.aspx http://www.nema.org/Standards/Pages/Energy-Savings-with-Fluorescent-and-LED-Dimming-.aspx http://www.nema.org/Standards/Pages/Retrofit-Lamps-Minimum-Performance-Requirements.aspx http://www.nema.org/Standards/Pages/Considerations-of-Field-LED-Driver-Replacement.aspx http://www.nema.org/Standards/Pages/American-National-Standard-for-Electric-Lamps-Specifications-for-Performance-of-Self-Ballasted-Compact-Fluorescent-Lamps.aspx http://www.nema.org/Standards/Pages/Solid-State-Lighting-for-Incandescent-Replacement-Dimming.aspx http://www.nema.org/Standards/Pages/Fluorescent-Lamps-and-the-Environment.aspx http://www.nema.org/Standards/Pages/American-National-Standard-for-Reference-Ballasts-High-Intensity-Discharge-and-Low-Pressure-Sodium-Lamps.aspx http://www.NEMA.org

Table of Contents for the Digital Edition of NEMA ESPG 2017

NEMA ESPG 2017 - Cover1
NEMA ESPG 2017 - Cover2
NEMA ESPG 2017 - 1
NEMA ESPG 2017 - 2
NEMA ESPG 2017 - 3
NEMA ESPG 2017 - 4
NEMA ESPG 2017 - 5
NEMA ESPG 2017 - 6
NEMA ESPG 2017 - 7
NEMA ESPG 2017 - 8
NEMA ESPG 2017 - 9
NEMA ESPG 2017 - 10
NEMA ESPG 2017 - 11
NEMA ESPG 2017 - 12
NEMA ESPG 2017 - 13
NEMA ESPG 2017 - 14
NEMA ESPG 2017 - 15
NEMA ESPG 2017 - 16
NEMA ESPG 2017 - 17
NEMA ESPG 2017 - 18
NEMA ESPG 2017 - 19
NEMA ESPG 2017 - 20
NEMA ESPG 2017 - 21
NEMA ESPG 2017 - 22
NEMA ESPG 2017 - 23
NEMA ESPG 2017 - 24
NEMA ESPG 2017 - 25
NEMA ESPG 2017 - 26
NEMA ESPG 2017 - 27
NEMA ESPG 2017 - 28
NEMA ESPG 2017 - 29
NEMA ESPG 2017 - 30
NEMA ESPG 2017 - 31
NEMA ESPG 2017 - 32
NEMA ESPG 2017 - 33
NEMA ESPG 2017 - 34
NEMA ESPG 2017 - 35
NEMA ESPG 2017 - 36
NEMA ESPG 2017 - 37
NEMA ESPG 2017 - 38
NEMA ESPG 2017 - 39
NEMA ESPG 2017 - 40
NEMA ESPG 2017 - 41
NEMA ESPG 2017 - 42
NEMA ESPG 2017 - 43
NEMA ESPG 2017 - 44
NEMA ESPG 2017 - 45
NEMA ESPG 2017 - 46
NEMA ESPG 2017 - 47
NEMA ESPG 2017 - 48
NEMA ESPG 2017 - 49
NEMA ESPG 2017 - 50
NEMA ESPG 2017 - 51
NEMA ESPG 2017 - 52
NEMA ESPG 2017 - 53
NEMA ESPG 2017 - 54
NEMA ESPG 2017 - 55
NEMA ESPG 2017 - 56
NEMA ESPG 2017 - 57
NEMA ESPG 2017 - 58
NEMA ESPG 2017 - 59
NEMA ESPG 2017 - 60
NEMA ESPG 2017 - 61
NEMA ESPG 2017 - 62
NEMA ESPG 2017 - 63
NEMA ESPG 2017 - 64
NEMA ESPG 2017 - 65
NEMA ESPG 2017 - 66
NEMA ESPG 2017 - 67
NEMA ESPG 2017 - 68
NEMA ESPG 2017 - 69
NEMA ESPG 2017 - 70
NEMA ESPG 2017 - 71
NEMA ESPG 2017 - 72
NEMA ESPG 2017 - 73
NEMA ESPG 2017 - 74
NEMA ESPG 2017 - 75
NEMA ESPG 2017 - 76
NEMA ESPG 2017 - 77
NEMA ESPG 2017 - 78
NEMA ESPG 2017 - 79
NEMA ESPG 2017 - 80
NEMA ESPG 2017 - 81
NEMA ESPG 2017 - 82
NEMA ESPG 2017 - 83
NEMA ESPG 2017 - 84
NEMA ESPG 2017 - 85
NEMA ESPG 2017 - 86
NEMA ESPG 2017 - 87
NEMA ESPG 2017 - 88
NEMA ESPG 2017 - 89
NEMA ESPG 2017 - 90
NEMA ESPG 2017 - 91
NEMA ESPG 2017 - 92
NEMA ESPG 2017 - 93
NEMA ESPG 2017 - 94
NEMA ESPG 2017 - 95
NEMA ESPG 2017 - 96
NEMA ESPG 2017 - 97
NEMA ESPG 2017 - 98
NEMA ESPG 2017 - 99
NEMA ESPG 2017 - 100
NEMA ESPG 2017 - 101
NEMA ESPG 2017 - 102
NEMA ESPG 2017 - 103
NEMA ESPG 2017 - 104
NEMA ESPG 2017 - 105
NEMA ESPG 2017 - Cover3
NEMA ESPG 2017 - Cover4
http://www.nxtbook.com/ygsreprints/NEMA/espg_nxtbook
http://www.nxtbook.com/ygsreprints/NEMA/2014_espg
http://www.nxtbook.com/ygsreprints/NEMA/2013_espg
http://www.nxtbook.com/ygsreprints/NEMA/g33088_nema_ei_apr13
http://www.nxtbook.com/ygsreprints/NEMA/espg_nxtbook2012
http://www.nxtbook.com/ygsreprints/NEMA/2011_espg
http://www.nxtbookMEDIA.com